For more detailed information including pricing, customization and shipping.
3003 Aluminum jacketing (cladding) is a representative product of the 3 series AL-Mn alloy, also called anti-rust aluminum coil, contains 1.0-1.5% manganese alloy. It is a commonly used insulation material, has light weight, good anti-corrosion ability, smooth and beautiful appearance. Aluminum roll jacketing is very popular because of its cheap price, strong corrosion resistance, light weight and easy cutting. Our 3003 aluminum roll jacketing (anti-rust aluminum serie). Thermal insulation aluminum coils have beautiful appearance, smooth appearance, can be well adapted to pipe insulation packaging, and be used for about 20 years in the natural environment.
Flait Aluminum's jacketing insulation aluminum coil is available in mill finish, smooth, stucco embossed, with moisture barrier consisting of polysurlyn and kraft paper. Our aluminum insulation jacketing roll has smooth surface, no oil stain, no color difference, uniform thickness, flat plate without waves.
Thickness of 0.4mm and 0.5mm aluminum roll jacketing are the main products of our company. Aluminum jacketing rolls have good thermal insulation effect and long service life. They are made of high-quality aluminum ingots. Other commonly used thicknesses are 0.6 and 0.8mm. Normal pipe insulation aluminum jacketing should not be too thick, which will make it difficult to operate, nor too thin, which will not play the role of insulation. The commonly used thickness is about 0.5mm and the width is 1m. In addition, our company can cut it into different sizes (15m, 30m, 60m, 90m, etc.) according to customer requirements to facilitate direct construction and use.
Product | 3003 aluminum jacketing cladding for pipe insulation |
Temper | H14, H16, H24, H26, etc. |
Thickness | 0.30-1.50mm |
Width | 914mm, 1000mm, 1200mm, 1219mm, and other available widths. |
Length | 50' (15 meters), 100' (30 meters), 200' (60 meters), 300' (90 meters), Coil (specify lengths), Flat Sheets (cut to length), Cut & Rolled (to specific lengths) |
Inner diameter | 75mm, 150mm, 305mm, 405mm, 505mm with or without paper core |
Surface treatment | Smooth, orange peel embossed, corrugated, polysurlyn moisture barrier aluminium Jacketing, composite kraft paper, etc. |
Quality standard | ASTM B209,EN573-1, GB/T3880 |
Quantity | Have ready stock for most common thickness roll small quantity order are acceptable. |
Sample | Free |
Aluminum roll jacketing has good corrosion resistance. Compared with iron sheet, the thermal insulation aluminum jacketing has a longer service life. It is not easy to corrode and age when used in outdoor environments. It has a beautiful surface. Therefore, many power and chemical companies now use aluminum roll jacketing as insulation material.
The aluminum roll jacketing will not melt after high temperature. When the insulating aluminum jacketing encounters fire or high temperature, it has a very good thermal insulation function. Its surface heats up quickly and produces char to resist the spread of flames and protect the inner core. It has good fire resistance and heat insulation properties.
The density of the aluminum is low, so the mass of the aluminum roll jacketing is lighter for the same area, the recycling value is high; the aluminum roll jacketing insulation is not easily corroded and has a long service life, usually more than 20 years, and will not change color, the gloss is very good.
The appearance of the aluminum roll jacketing is smooth and beautiful, so you don’t have to worry about the product becoming rusty in the future. Aluminum has relatively high plasticity and can be easily bent and wound, effectively improving work efficiency.
3003 Aluminum jacketing (cladding) is a thermal insulation material with good rust resistance. It is often used for pipe insulation, heat preservation of refrigeration equipment, storage tanks, pressure vessels, heat sinks and other fields.
The density of 3003 aluminum roll jacketing is 2.73, and the weight calculation formula of aluminum roll jacketing is: thickness (mm) * density * width (m) * length (m) = weight (kg)